David M. Schneider

Distinct frontal cortical pathways for the long-range processing of auditory and visual stimuli

The paper identifies distinct modality-specific sensory coding in the frontal cortex of mice, showing that sensory representations and feedback circuits are partially dissociated.

A shared cortical manifold links sensory error to motor planning

This paper identifies a shared cortical manifold in mice that links sensory error signals to motor planning during a skilled acoustic task.

Desegregation of neuronal predictive processing

This study investigates how neural circuits generate predictive representations for complex sensorimotor signals using recurrent networks and experimental validation.

Sensation and expectation are embedded in mouse motor cortical activity

This study shows that mouse motor cortical neurons encode sensation and are influenced by expectation, with changes in single-cell and population responses during predictable and unexpected acoustic outcomes of movement.

Learning within a sensory-motor circuit links action to expected outcome

The paper identifies a cortical locus for expectation and error signals in auditory cortex during motor-sensory learning and shows these signals can be induced experimentally.

Movement-related modulation in mouse auditory cortex is widespread yet locally diverse

The paper examines movement-related modulation in mouse auditory cortex, finding widespread yet locally diverse effects on sound-evoked responses across different cortical fields.

Vocal Call Locator Benchmark (VCL) for localizing rodent vocalizations from multi-channel audio

The paper introduces the VCL Benchmark, a dataset for evaluating sound source localization algorithms in rodents using real and simulated audio data.

Stimulus-specific prediction error neurons in mouse auditory cortex

The paper identifies stimulus-specific prediction error neurons in mouse auditory cortex that encode specific violations of expected sounds.

Temporally precise movement-based predictions in the mouse auditory cortex

This study shows that mice's auditory cortex suppresses responses to self-generated sounds based on movement-based predictions, revealing distinct neural populations for expectation and prediction error.